1. Write a Matlab script file that complies with all the requisites below, to find the equivalent resistance of a circuit. The program must ask the user to select if the resistors are in series or in parallel configuration, then asks the user how many resistors, then asks the values of the resistors as a vector (any length), then perform the calculations and give the results. In series: a. Use the "questdlg" command to ask if the resistors are in series or in parallel configuration. (10 points) b. Use the "msgbox" command to show the answer for the equivalent resistance of the circuit. (10 points) c. Use "load" and "sound" commands at the end of the program, when showing the results. Use the "gong" sound (5 points) d. Use "while-loop" to calculate the formula, summing two resistors at a time, like we have been doing with all the sums. (20 points) RE= R1 + R2 + R3 RE= Or: In parallel: 1 1 1 R1 R2 + + 1 R3 RE= (R11 + R2-1 + R3-)-1